In a previous article, specializations in Mechanical engineering were discussed. There are a few more specializations within Mechanical engineering, and while master’s-level coursework does not always fall into clear categories with parent coursework, there are some courses that can be categorized as logical continuations of undergraduate-level streams. Mechanical engineering graduates have several such option listed below.
It’s obvious that if you want to stand out or compete in today’s intensely competitive job market, you need to update your skill set. There is plenty of motivation for graduates to pursue a master’s degree after their graduate studies if they bothered to look. Your profile will be strengthened and you will stand out among those who haven’t earned a Masters degree thanks to the skills you’ve acquired by pursuing a postgraduate degree. Finding a good graduate job is more likely, and earning more money is more likely as well. Time and money you invest will definitely be worth.
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Careers to pursue in mechanical engineering after specialization
Because mechanical engineering is a skill that is applicable across many industries, you have more career options. Common industries for a mechanical engineer to work within include:
11 specialization courses you can take after getting a mechanical engineering degree
You may decide to pursue a specialization after earning your degree in mechanical engineering. A potential employer may find you more appealing if you specialize because it enables you to complement the knowledge and skills you acquired while earning your degree with new ones. You can select a broadly applicable specialization that will help you find work in a variety of potential fields or a focused specialization that will be more advantageous for a smaller pool of opportunities. With specializations, you can investigate various intensities, from certificate programs to graduate degrees. Popular specializations include:
1. Business administration
With an advanced degree in business administration, you can manage a company’s resources and workforce. For a mechanical engineer looking to work in senior positions, such as a managerial role, this specialization can be advantageous. It teaches you how to manage a company’s requirements and resources to plan more efficient development and put mechanical devices into use.
2. Nanotechnology
The creation of tiny to microscopic engineering and technological components is the focus of the emerging field of nanotechnology. Specializing in nanotechnology as a mechanical engineering graduate gives you additional education and training in the creation and application of nanotechnology. As a field that is focused on the future, nanotechnology is a valuable one to learn about because it will likely be used more frequently in the future.
3. Operations management
The study of an organization’s internal operations is known as operations management. For a mechanical engineer, specializing in this can be advantageous. You can base your designs to create efficient pieces of machinery that are helpful to a company more effectively by increasing your understanding of how professional organizations operate.
4. Fire science
The study of fire risks and potential fire prevention strategies is known as fire science. Understanding the mechanics of fire and knowing how to prevent potential fire hazards can be helpful specializations for mechanical engineers. It enables you to create safer machine plans, especially when working with materials or in environments where there are more fire risks.
5. Piping design and engineering
Mechanical engineers who specialize in piping design concentrate on the planning and implementation of piping systems. Students learn how to design piping while taking pressure and potentially dangerous materials into account. For mechanical engineers interested in careers in the building or architectural industries, where each structure may contain multiple complex piping systems, the specialization is frequently advantageous.
6. Protective coating
Systems with protective coatings can avoid corrosion and other caustic-related damage. As a mechanical engineer, you might work on designs that incorporate these materials; knowing how to shield your designs from harm makes them more effective and durable. An advanced study in working with coatings created to ensure the safe transport or use of materials that would otherwise be harmful is provided by a protective coating specialization.
7. Robotics
Robotics is a mechanical field of study that focuses on building machines that can carry out tasks that would typically be performed by humans. After receiving a degree in mechanical engineering, specializing in robotics gives you more training in creating robotic machinery. This education can be applied to a variety of fields and enable you to design robots that can carry out tasks for an employer.
8. Supply chain management
Supply chain management educates students in techniques for improving the effectiveness of an organization’s supply chain. This includes purchasing, processing, and distributing the materials to end users. As an engineer designing machinery, it can be helpful to understand the supply chain as it gives you a context for the most crucial tasks and the most efficient way to complete them.
9. Mechanical insulation
Mechanical insulation is the study of techniques for protecting a design from a variety of external factors, including heat management, acoustic, and safety requirements. When pursuing a career in a field where insulation is crucial, advanced specialization in mechanical insulation can be beneficial. You can learn how to lessen the effects of the undesirable element and enhance the performance of your mechanical designs by taking courses in mechanical insulation.
10. Tool design
Tool design engineers specialize in developing functional tools. This could involve both the development of unique designs and the improvement of already existing tools. A specialized education offers advanced tool study to give you more formal education and real-world experience that you can use to design or improve tools in your career.
11. Welding and joining
A mechanical engineer can learn about the weldment process through a welding and joining specialization. This specialization can be useful for a mechanical engineer who plans to work in a field where significant welding is used in their designs. In order to produce designs that take into account the relative strength of joints and ensure safe design and construction, it provides a deeper understanding of the welding process.
How long does it take to complete a specialization in mechanical engineering?
After earning a degree in mechanical engineering, the time it takes to obtain an advanced specialization varies. The length of time it takes you to obtain your specialization can vary depending on a number of factors. This pertains to your desired certification or specialization, the difficulty of the subject matter you are studying, and the amount of time you are willing to devote to your education. Examining your options and choosing the specialization route that will benefit you the most when thinking about specializing in mechanical engineering after earning your degree may be useful.
FAQ
Which is best course after mechanical engineering?
- MTech in mechanical engineering. …
- Mechatronics. …
- Supply chain management. …
- Masters in business administration. …
- Piping design and engineering. …
- Masters of engineering in tool design. …
- Nanotechnology. …
- 3D modelling.
What is specialization after mechanical engineering?
Fluid mechanics, machine design and solid mechanics, materials engineering and processing, automation and control, or thermal engineering are the typical areas of concentration for mechanical engineering students.
Which PG course is best after BE mechanical engineering?
- Masters in Mechatronics.
- Masters in Nanotechnology.
- Masters in Robotics.
- Masters in Advanced Manufacturing.
- Masters in Aerospace engineering.
What are some other fields that mechanical engineers can specialize in?
- Aerospace.
- Automotive.
- Chemical.
- Computer technology.
- Construction.
- Defense.
- Electronics.
- Materials and metals.
